A 3D display augmentation to the implementation of the finite-difference time domain method in volunteer computing

The 3D Display Augmentation to the Implementation of the Finite-Difference Time Domain Method in Volunteer computing. It provides a basic framework for implementing the simulation of electromagnetic waves through the use of the Finite-Difference Time Domain method developed by Kane Yee. The system e...

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Main Author:	Garcia, Victor Josef M.
Format:	text
Published:	Animo Repository 2008
Subjects:	Three-dimensional imaging Finite differences Java (Computer program language) Computer Sciences
Online Access:	https://animorepository.dlsu.edu.ph/faculty_research/6727
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Institution:	De La Salle University

id	oai:animorepository.dlsu.edu.ph:faculty_research-7433
record_format	eprints
spelling	oai:animorepository.dlsu.edu.ph:faculty_research-74332022-09-07T03:18:47Z A 3D display augmentation to the implementation of the finite-difference time domain method in volunteer computing Garcia, Victor Josef M. The 3D Display Augmentation to the Implementation of the Finite-Difference Time Domain Method in Volunteer computing. It provides a basic framework for implementing the simulation of electromagnetic waves through the use of the Finite-Difference Time Domain method developed by Kane Yee. The system expands upon it further by providing a working networking structure for parallel computing using the volunteer computing paradigm and displaying inputs and results in 3 dimensions. The system was developed using Java and Java3D and was tested under the Microsoft Windows XP operating system. 2008-01-01T08:00:00Z text https://animorepository.dlsu.edu.ph/faculty_research/6727 Faculty Research Work Animo Repository Three-dimensional imaging Finite differences Java (Computer program language) Computer Sciences
institution	De La Salle University
building	De La Salle University Library
continent	Asia
country	Philippines Philippines
content_provider	De La Salle University Library
collection	DLSU Institutional Repository
topic	Three-dimensional imaging Finite differences Java (Computer program language) Computer Sciences
spellingShingle	Three-dimensional imaging Finite differences Java (Computer program language) Computer Sciences Garcia, Victor Josef M. A 3D display augmentation to the implementation of the finite-difference time domain method in volunteer computing
description	The 3D Display Augmentation to the Implementation of the Finite-Difference Time Domain Method in Volunteer computing. It provides a basic framework for implementing the simulation of electromagnetic waves through the use of the Finite-Difference Time Domain method developed by Kane Yee. The system expands upon it further by providing a working networking structure for parallel computing using the volunteer computing paradigm and displaying inputs and results in 3 dimensions. The system was developed using Java and Java3D and was tested under the Microsoft Windows XP operating system.
format	text
author	Garcia, Victor Josef M.
author_facet	Garcia, Victor Josef M.
author_sort	Garcia, Victor Josef M.
title	A 3D display augmentation to the implementation of the finite-difference time domain method in volunteer computing
title_short	A 3D display augmentation to the implementation of the finite-difference time domain method in volunteer computing
title_full	A 3D display augmentation to the implementation of the finite-difference time domain method in volunteer computing
title_fullStr	A 3D display augmentation to the implementation of the finite-difference time domain method in volunteer computing
title_full_unstemmed	A 3D display augmentation to the implementation of the finite-difference time domain method in volunteer computing
title_sort	3d display augmentation to the implementation of the finite-difference time domain method in volunteer computing
publisher	Animo Repository
publishDate	2008
url	https://animorepository.dlsu.edu.ph/faculty_research/6727
_version_	1767196573653008384

A 3D display augmentation to the implementation of the finite-difference time domain method in volunteer computing

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